Create the logic for the dice game Pig, in which a player can compete with the computer. The object of the game is to be the first to score 100 points. The user and computer take turns “rolling” a pair of dice following these rules: • On a turn, each player rolls two dice. If no 1 appears, the dice values are added to a running total for the turn, and the player can choose whether to roll again or pass the turn to the other player. When a player passes, the accumulated turn total is added to the player’s game total. • If a 1 appears on one of the dice, the player’s turn total becomes 0; in other words, nothing more is added to the player’s game total for that turn, and it becomes the other player’s turn. • If a 1 appears on both of the dice, not only is the player’s turn over, but the player’s entire accumulated total is reset to 0. • When the computer does not roll a 1 and can choose whether to roll again, generate a random value from 1 to 2. The computer then will decide to continue when the value is 1 and decide to quit and pass the turn to the player when the value is not 1. (5.1, 5.2). Must use the following declarations in your flowchart or pseudocode. Declarations num dice1 num dice2 num userCount num computerCount num userTurn num LIMIT = 2 num WIN_NUM =100

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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:Create the logic for the dice game Pig, in which a player can compete with the computer. The object
of the game is to be the first to score 100 points. The user and computer take turns “rolling” a pair of dice
following these rules:
• On a turn, each player rolls two dice. If no 1 appears, the dice values are added to a running total for the
turn, and the player can choose whether to roll again or pass the turn to the other player. When a player passes,
the accumulated turn total is added to the player’s game total.
• If a 1 appears on one of the dice, the player’s turn total becomes 0; in other words, nothing more is
added to the player’s game total for that turn, and it becomes the other player’s turn.
• If a 1 appears on both of the dice, not only is the player’s turn over, but the player’s entire accumulated
total is reset to 0.
• When the computer does not roll a 1 and can choose whether to roll again, generate a random value
from 1 to 2. The computer then will decide to continue when the value is 1 and decide to quit and pass the turn to
the player when the value is not 1. (5.1, 5.2).
Must use the following declarations in your flowchart or pseudocode.
Declarations
num dice1
num dice2
num userCount
num computerCount
num userTurn
num LIMIT = 2
num WIN_NUM =100

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